Advanced Search

Is this a USB MPG?

If you look in dmesg do you see it being disconnected?

I think I used to have this problem about 10 years ago, but I don't recall if I ever found a solution. (I stopped using the USB gamepad)

What do you mean by "pecking"?

github.com/LinuxCNC/linuxcnc/blob/master...scripts/axis.py#L194

Suggests that ",", ".", "<", ">" should change jog rate.
But I don't see the keybindings in the code to make that work.

(I don't have a LinuxCNC machine handy right now to test with)

Pictures? Links? Videos? Smoke signals?

JiKr wrote:

Any idea how to support linuxcnc community?

You can start by using the "Recent Topic" at the top of the forum and see if you can help anyone asking for help, or if you are good with code you can check the project page on GitHub.
Thank you for the offer.

Cam someone please send me the electrical diagram on how to wire in a CNC plug into the back of the Skillcut 60 I can find the link on google but I cannot find it on this site
thanks Waynec

Thank you very much! Now it works.
Any idea how to support linuxcnc community?

Settings in /etc/ethercat.conf ok? Should readAre both kernel modules loaded? I guess not.

Try hm2_7176.0.watchdog.timeout_ns

PCW, thank you for fast reply, attached is the on start error report, with mesa 7I76e, there is no problem.Any idea how to fix it, please?    

Thanks for the fix.
It's odd that this seems to not have been seen before.
(Or maybe has just been worked around with dummy axes?)

Lots of errors there.
Maybe you should try disconnect most devices and test with only EK1100 and EL1008, that's combination that should work.
First error is "Can not calculated topology" or something like that. Cabling ok?

wankoran wrote:

 I'll correct the previous description.

When the machine is turned on, the drives are all in the preop state

Then I opened linuxcnc and found that the status of several drives had not changed from preop to op, Moreover, even when in the op state, the drives of these copley cannot be controlled.
 

After shutting down linuxcnc, the status of these copley drives still remained at op
 

debian12+ethercat1.6.7 dmesg
 

File Attachment:

File Name: debian12et...mesg.txt
File Size:30 KB

debian10+ethercat1.5.2 dmesg
 

File Attachment:

File Name: debian10et...mesg.txt
File Size:2 KB

Although the network cards of the two PCs tested this time are different, I have tested exactly the same network card, and these problems still exist.
 

 I'll correct the previous description.

When the machine is turned on, the drives are all in the preop state


Then I opened linuxcnc and found that the status of several drives had not changed from preop to op, Moreover, even when in the op state, the drives of these copley cannot be controlled.
 

After shutting down linuxcnc, the status of these copley drives still remained at op
 

debian12+ethercat1.6.7 dmesg
 

debian10+ethercat1.5.2 dmesg